FLE-149-01-G-DV-A-K-TR

FLE-149-01-G-DV-A-K-TR connectors are rectangular connectors from the Headers, Receptacles and Female Sockets family. They are designed to make reliable connections between two electrical components and systems in a wide range of environments and industries.

FLE-149-01-G-DV-A-K-TR connectors are manufactured from anodised aluminium which makes them highly resilient to the elements. The connectors have a total of nine pins which are arranged in a four by four matrix. This provides a secure contact point with no possibility of misalignment between the pins. The pins also have a stainless steel/nickel plating finish which prevents corrosion over extended periods of time. The connector housing is designed to be as compact as possible and also has an ingress protection rating of IPX6 which makes it resistant to dust and water.

In terms of the application field, FLE-149-01-G-DV-A-K-TR connectors are most commonly used in the automotive, industrial, medical and military industries. These connectors are suitable for both low voltage setups such as 12V and 24V power systems, and high voltage applications such as 480V. The construction of the connectors ensures reliability in harsh environments such as vibration and extreme temperatures.

The working principle of FLE-149-01-G-DV-A-K-TR connectors is fairly simple. The pins are arranged in a four by four matrix with each pin on the opposite side having a corresponding contact point. When the two halves of the connector are mated with each other, the pins from one side make contact with the mating points on the opposite side creating the electrical connection. The pins and contacts are designed to ensure that the current is safely and reliably transmitted throughout the entire connection.

In summary, FLE-149-01-G-DV-A-K-TR connectors are rectangular connectors from the Headers, Receptacles and Female Sockets family. They are highly reliable connections which are suitable for low and high voltage applications making them suitable for a wide range of industries. The working principle is fairly simple; when the two connector halves are mated, the pins on one side make contact with the mating points on the opposite side creating the electrical connection.